Shocks & Struts Services
The average struts on a vehicle last between 40,000 to 60,000 miles. Your vehicles suspension will help with your traction on the ground. These are shock absorbers which will also ensures a stable ride. Peak Auto Repair can service the shocks and struts on all makes and models of cars, trucks and SUVs. Our dedicated Missoula automotive professionals provide quality auto services for your car, truck or SUV in a timely fashion and at a competitive price.

Why Choose Peak Auto Repair
Fair & Transparent Pricing
You’ll know exactly what you’re paying for before any work begins. No suprises.
Quick Turnarounds
Fast diagnostics and emergency scheduling to get you safely back on the road.
Digital Inspection Reports
Sent straight to your smartphone with photos and clear details so you see what we see.
After-Hours Key Drop
Conveniently drop off your vehicle for busy mornings or late-night drop-offs and pickups.
FAQs
How long do struts typically last?
Struts generally last between 40,000 and 60,000 miles, though factors like road conditions and driving habits can shorten or extend that lifespan. If your vehicle is approaching that mileage range, it's a good time to have them inspected.
What are the signs my shocks or struts are wearing out?
Common signs include a bumpy or bouncy ride, your vehicle dipping forward when braking, uneven tire wear, unexplained noises, or a swaying feeling when turning. These symptoms mean your suspension isn't controlling the vehicle's movement the way it should.
Do you service shocks and struts on all vehicles?
Peak Auto Repair services shocks and struts on all makes and models of cars, trucks, and SUVs, so no matter what you drive, our team can help restore a smooth, stable ride.
What's the difference between shocks and struts, and why do they matter?
Shocks and struts both help control your vehicle's movement, with shocks absorbing impact and struts also providing structural support for the suspension. Together they keep your tires in solid contact with the road, which affects both ride comfort and handling.
